Jon Sonnenberg
VC Scalar
here is a prototype of my CV scalar module. The slide pots represent the values of 0%, 12%, 25%, 37%, and so on, up to 100% - this is why there are 9 pots. The input CV is linearly scaled over this range and any values inbetween pots are proportionally scaled to a value inbetween the 2 slider positions. so this is not an analog step sequencer, but rather a transition sequencer with 8 transitional steps. It can be a CV Scalar, arbitrary LFO, arbitrary envelope, or has an attenuator mode to act like a VCA. The knobs offset and scale both the input and the output. The LED's fade between the pots proportional to the CV position.
VC Scalar
here is a prototype of my CV scalar module. The slide pots represent the values of 0%, 12%, 25%, 37%, and so on, up to 100% - this is why there are 9 pots. The input CV is linearly scaled over this range and any values inbetween pots are proportionally scaled to a value inbetween the 2 slider positions. so this is not an analog step sequencer, but rather a transition sequencer with 8 transitional steps. It can be a CV Scalar, arbitrary LFO, arbitrary envelope, or has an attenuator mode to act like a VCA. The knobs offset and scale both the input and the output. The LED's fade between the pots proportional to the CV position.